Design Verification Engineer

Electrical Engineering Professional Bengaluru, Karnataka, India

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Summary

Education
BITS Pilani, BTech Electronics and Electrical Engineering 2022-2026
CGPA: 8.67/10

Coursework: Digital Electronics, Analog Electronics, Signal Processing, Computer Architecture, Microprocessor interfacing, Control system, Microelectronics, STA , Verilog HDL

Experience
Hardware Intern, IIT BOMBAY
Sep 2024 - Feb2025
Project title: Design and Development of a Federated Learning based Smart Object Detection Accelerator for Autonomous Vision in IoT-enabled systems
Designed and implemented a 2D convolution accelerator on FPGA (ZedBoard) using FFT algorithms to reduce computational complexity in convolution operations.
Leveraged Xilinx IPs (FFT and DMA) for high-throughput data transfer and frequency-domain processing, achieving sutiable acceleration for ML workloads.
Simulated and synthesized the hardware using Xilinx Vivado, validating the design through testbench verification and resource utilization analysis

Projects
Intel 8086 Processor - PCB Timing & Functional Testing
Designed and implemented an automated testbench to validate 8086 instruction execution, memory/addressing modes, I/O, and interrupt behavior.
Performed timing verification and fault-injection (power glitches, stuck-bits) for systematic failure analysis and reproducible validation workflows.

Energy-Efficient Power Conversion for Data Centers -
Designed and simulated a multi-stage AC-DC conversion system with power factor correction, achieving
>92% efficiency in MATLAB
Implemented thermal management and heatsink optimization, reducing system temperature by ~10°C. Projected 15% energy savings for data centers under varied load conditions

Design and Simulation of a Two-Stage CMOS Operational Amplifier -
Designed a two-stage CMOS op-amp using a differential pair and active cascode load at a 180 nm node in LTspice, targeting a 3 dB bandwidth of 100 kHz and an open-loop gain of 7 dB.
Successfully simulated the design, demonstrating stable performance and meeting all design specifications

Skillsets
Proficient in embedded C/C++ programming, Object Oriented Programming, Operating Systems, Computer Networks, Verilog HDL Coding, Python Programming, ML, Neural Networks
Hardware knowledge of Digital Electronics, Analog Electronics, Signal Processing, Computer Architecture, Microprocessor interfacing, Testing and optimizations

Expectations

As an Electrical Engineering student, I have expertise in Analog Electronics, Digital Electronics, and Microcontrollers (ARM, AVR, PIC), with a focus on circuit design and embedded systems. I also work with Verilog for FPGA programming and have a strong foundation in Computer Architecture, including processor design and memory hierarchy.